Project Eleven and Relm Insurance Partner to Introduce Post-Quantum Security Metrics into Digital Asset Underwriting

quantumcomputingreport.com Oct 25, 2026

Project Eleven and Relm Insurance Partner to Introduce Post-Quantum Security Metrics into Digital Asset Underwriting

Curated by Shubham · TechCapsules · Oct 25, 2026

AI-summarised brief · reviewed before publication

Project Eleven, a post‑quantum cybersecurity venture, has signed a development partnership with Bermuda‑based specialty insurer Relm Insurance to embed post‑quantum cryptographic controls into digital‑asset underwriting and pricing. The collaboration focuses on Project Eleven’s Strongpoint custody platform, which blends classical and post‑quantum digital signatures while separating governance workflows—such as multi‑party approvals and audit logs—from the signing layer, allowing algorithm rotation without redesigning compliance processes. Relm will supply underwriting criteria that map to Strongpoint’s roadmap, defining the security logs and cryptographic audits custodians must provide to prove quantum resilience. The joint framework will assess whether audited post‑quantum defenses merit preferential terms, creating a financial incentive for institutional Web3 custodians to adopt quantum‑agile security ahead of emerging regulatory mandates soon for adoption.

💡 Why It Matters

· By tying lower premiums to verified quantum‑resilience, the deal turns security upgrades into a cost‑saving lever, accelerating enterprise adoption before quantum threats materialize.

Read full article on quantumcomputingreport.com

Volkswagen Unleashes Wicked ID. Unyx 09 in China for $27,000

Volkswagen has launched the ID. Unyx 09 in China, the first model produced through its partnership with Chinese EV maker XPeng. The midsize‑to‑large sedan is offered in single‑motor and dual‑motor versions and priced between 179,900 yuan ($26,939) and 249,900 yuan ($37,421). It boasts a CLTC‑rated range of 755 km (469 mi) and is equipped with a 91.963 kWh lithium‑iron‑phosphate battery from CATL, 5C ultra‑fast charging, and a dual‑chamber air suspension. Exterior highlights include a closed grille, slim headlights and DLP matrix projection lamps that can display lane‑guidance light carpets. Inside, the vehicle uses XPeng’s Vision‑Language‑Action (VLA) intelligent driving assistance system for custom parking, remote parking and trace‑back reversing. Volkswagen hopes the model will revive its fortunes in the world’s largest auto market today.

💡 Leveraging XPeng’s AI‑driven assistance lets Volkswagen directly challenge domestic EV leaders on technology and price, testing whether a foreign brand can regain relevance in China’s fast‑evolving market.

quantumcomputingreport.com · Oct 24

FPT Corporation and Niels Bohr Institute Partner to Advance Quantum Research and…

Vietnamese technology conglomerate FPT Corporation and Denmark’s Niels Bohr Institute signed a Memorandum of Understanding at the Vietnam–Denmark Business Forum in Copenhagen, witnessed by President Tô Lâm and King Frederik X. The MoU creates bilateral programs for quantum research, academic exchanges of doctoral candidates, faculty and technical specialists, and joint workshops. It is designed to speed Vietnam’s national quantum‑computing roadmap by linking its 44,000‑strong engineering workforce with European quantum‑research infrastructure. The partnership also supports Denmark’s goal of delivering a fault‑tolerant quantum computer by 2034 and deepens research ties under the Comprehensive Strategic Partnership between the two countries. The collaboration targets hybrid classical‑quantum solutions for manufacturing, healthcare and enterprise software.

💡 It gives Vietnam direct access to world‑class quantum expertise, accelerating its entry into a technology frontier that could reshape key industry sectors.

thequantuminsider.com · Oct 24

Quandela And Quanova Partner to Deploy Vietnam’s First Quantum Computer

Quandela’s MosaiQ photonic system will power Vietnam’s first quantum computer as part of a joint venture with Vietnamese firm Quanova at Quang Trung University (QTU). Backed by Nam A Bank, the initiative launches a Quantum‑RISE program that includes faculty training, custom curricula, software access, a Quantum Experience Center and a Quantum Innovator Residency aimed at fostering local research, entrepreneurship and talent. Announced on 21 October 2026 in Ho Chi Minh City, the project marks the inaugural France‑Vietnam collaboration dedicated to quantum computing, following a strategic agreement signed during the France‑Vietnam Leaders Forum attended by President Tô Lâm and President Emmanuel Macron. The partnership also features technology events and hackathons to accelerate ecosystem development.

💡 It gives Vietnam a home‑grown quantum platform, jump‑starting a domestic talent pipeline and positioning the country as a regional hub for quantum innovation.

playstationlifestyle.net · Oct 22

Obsession’s New Video Game Crossover Has Every Inde Navarrette Fan Saying the…

Fortnite introduced Nikki Freeman, the protagonist of the 2026 horror film Obsession, as part of its Fortnitemares event on October 21, 2026. The promotional video highlighted a “reverse walk” emote that sparked a wave of commentary on X, with users mocking its similarity to non‑player character movements while others praised its novelty. Nikki’s in‑game skin features a red zebra‑print top, denim shorts, a sad‑face expression, and an alternate blood‑splatter variant, all age‑restricted. She wields a broken‑bottle pickaxe and carries the “No No No…” card emote referencing a restaurant scene from the movie, alongside the returning One Wish Willow back bling. The crossover is available for purchase in the Fortnite Item Shop using V‑Bucks.

💡 The partnership leverages a blockbuster horror franchise to refresh Fortnite’s seasonal content, drawing both film fans and gamers into the platform’s ecosystem.

thequantuminsider.com · Oct 22

Ericsson Canada and ÉTS Partner on Quantum Computing Research

Ericsson Canada and École de technologie supérieure (ÉTS) have launched a Mitacs‑Accelerate research project to create quantum‑computing methods that improve telecom network operations. The team, led by Professor Jacob Biamonte at ÉTS and Ericsson’s Quantum Program, will study variational quantum algorithms, emphasizing error‑mitigation and optimization through experiments on quantum hardware and simulations. The work is the second Mitacs‑funded collaboration under Ericsson’s Montreal Quantum Research Hub, which was created in 2022 to explore quantum‑based algorithms for telecom processing and distributed computing. The partnership also trains graduate students on real quantum devices, reinforcing Canada’s talent pipeline and its position as a global quantum‑technology leader. The collaboration, praised by Minister Mélanie Joly, seeks to fast‑track quantum‑enhanced network management for real‑world use across Canada.

💡 By tackling error‑mitigation in variational algorithms, the project could turn quantum theory into a practical tool for telecom operators, shortening the gap between lab breakthroughs and network‑level efficiencies.

thequantuminsider.com · Oct 22

ZuriQ and Rhonexum Partner on Cryogenic Electronics for Quantum Computing

ZuriQ and Rhonexum have entered a multi‑year commercial framework in which the Swiss cryogenic‑electronics firm will provide integrated‑circuit technology and customisation services for ZuriQ’s trapped‑ion quantum‑computing roadmap. The deal calls for an initial delivery of Rhonexum’s first product by the end of 2026, followed by additional orders and deployments, and grants ZuriQ privileged access to selected Rhonexum technologies and future developments. Both companies aim to reduce the control‑signal overhead that limits scaling of trapped‑ion processors by moving cryogenic electronics closer to the qubits. The partnership also establishes a feedback loop whereby ZuriQ’s evaluations will shape subsequent Rhonexum products. Executives highlighted the collaboration as a step toward denser qubit arrays and more compact quantum systems, reflecting growing cooperation among quantum startups.

💡 By integrating cryogenic control electronics directly with trapped‑ion chips, the duo tackles the bottleneck that has kept large‑scale ion processors impractical, paving a faster route to commercially viable quantum machines.